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Newbie Overclocking Issue...


itsernst

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Ok...so I am on my first overclock, i have a good idea of how things are supposed to go, but i have a few issues.

 

 

I am running:

 

Gigabyte P35 DSL3

4GB Mushkin DDR2- 800

Quad Core 2.4GHZ Kentsfield

 

 

 

Those are the essentials.

 

 

So, i boot up into my BIOS, go into M.I.T. tweaker, and i change the CPU. I set it to 300x9, which is 2.70ghz. I save the settings and reboot...no issue at all and i boot up to vista and it is now an issue. When i open CPU-Z in vista, i will see my CPU speed @ 2.70ghz briefly, but after a couple seconds it reverts back to 1.80ghz and stays there. I don't get it, i cannot even get it to stay constant at 2.7ghz. I have tried 3.0ghz and my computer will not even boot up. Ridiculous...i know. If anyone has any suggestions, please let me know...pleaseseeeeee!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

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Stock voltage is 1.25000 correct? Should i just bump it up to the next voltage limit, which would be 1.25625?

i appreciate the help!

Comp Dude's correct, what you need to do it go to the BIOS and disbale C1E and EIST :)

 

For it to be stable at 3GHz, you probably need to increase the voltage a little bit.

Edited by itsernst

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Stock voltage is 1.25000 correct? Should i just bump it up to the next voltage limit, which would be 1.25625?

i appreciate the help!

 

your best bet would be to read an overclocking guide, but to answer your question, try to boot at 3ghz, if it fails then bump the voltage one notch and repeat until the system is stable.

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Stock voltage is 1.25000 correct? Should i just bump it up to the next voltage limit, which would be 1.25625?

i appreciate the help!

yes you could do this but you should run a stress test like tat just to make sure its stable if not go back into the bios and up the volts a little and keep trying this way you dont put to many volts to it with a low overclock.

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I appreciate the quick responses. I have read several different overclocking guides, and they are tons of help. But the guides are not going to be applicable in all situations, hence my newbieqsue questions.

 

It is stable now at 2.7ghz, so time to bump it up a notch.

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I appreciate the quick responses. I have read several different overclocking guides, and they are tons of help. But the guides are not going to be applicable in all situations, hence my newbieqsue questions.

it's true that guides can't cater for every possible scenario, but one thing is always true: you should use the minimum amount of voltage to achieve stabilty at any given clock speed.

 

if you haven't realised already, overclocking can be a loooong process, but it's worth it in the end.

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I appreciate the quick responses. I have read several different overclocking guides, and they are tons of help. But the guides are not going to be applicable in all situations, hence my newbieqsue questions.

 

It is stable now at 2.7ghz, so time to bump it up a notch.

may i ask how tested your cpu for stability.

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Prime 95 is what i used. Let it run for a few hours (so i have read) and if it continues to run without reporting errors, this are running smoothly.

may i ask how tested your cpu for stability.

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thats great and all for a real good stability test, if you want to quickly test to see if it is stable, download OCCT:PK.

 

You can run a 30min quick stability testing to get from one clock to the next. if you are happy with a clock speed or you do not wish to increase the voltages or what ever else may hold you back from a higher overclock, then you can use prime 95 or Orthos (so you only have to run 1 instance) to check for a 24 hr stability :)

 

hope that this helps some with stability testing...any questions just ask :)

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One more question...this may be very vague, but i am curious to know the answer.

 

I know that it has been reported that overclocking may shorten the lifespan of the CPU, but does anyone know by how much?

I don't want to get an extra 500mhz from my processor if it means that it will die within a year or so.

 

Any responses at all would be great!

 

Thanks

Sean

thats great and all for a real good stability test, if you want to quickly test to see if it is stable, download OCCT:PK.

 

You can run a 30min quick stability testing to get from one clock to the next. if you are happy with a clock speed or you do not wish to increase the voltages or what ever else may hold you back from a higher overclock, then you can use prime 95 or Orthos (so you only have to run 1 instance) to check for a 24 hr stability :)

 

hope that this helps some with stability testing...any questions just ask :)

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